Box Making Operations TRIZ Cases
- Carton End Closure Flap Design for Secure Handling
Top end closure flap with handle opening and side flaps secured by glue areas.
- Corrugated Packaging Double Corner Reinforcement
Segmented reinforcing portions and double corner construction resolve stacking strength limits without increasing container complexity.
- Flexible Packaging Seam for Overpressure Relief
A flexible packaging seam uses partial permeability to vent internal gas through wall openings.
- Packaging Construct With Article Engagement Tabs
Engagement tabs on foldable end flaps lock into article recesses, securing varying shapes without complex structural adaptations.
- Sealing Jaw Knife With Guide For Filling Machine Package Separation
A sealing jaw knife uses a guide entering a groove before the cutting edge to position the blade accurately for laminated packaging material.
- Packaging Stability via Elastic Element Tensioning Sequence
Attaches unstressed elastic elements to precut blanks, then erects and connects panels before tensioning to prevent damage and maintain structural integrity.
- Reinforced Plastic Foam Cup Manufacturing Process
A reinforced plastic foam cup uses a pressure-sensitive adhesive to bond a rigid layer to the tapered side wall for improved rigidity.
- Stacking Device with Segmented Drive Units for Continuous Pouch Formation
Segmented drive units decouple stacking motion from stack transport, preventing process interruptions while maintaining consistent bag orientation.
- Corrugated Packaging with Multiple Wall Construction for Stacking Strength
Segmented walls and reconfigurable panels resolve the trade-off between dual-purpose versatility and structural integrity while simplifying manufacturing.
- Sport Stacking Cup Bottom Lip Recess for Flash Management
A recessed lip design captures molding flash within the cup base structure to maintain a smooth contact surface.
- Segmented Infeed Wheel for Fanfold Packaging Material
Segmented radial members crease fanfold material between score lines, reducing machine footprint and jam risks while maintaining precise handling.